PRODUCT DESCRIPTION
Completely Soluble In Fuel / No Coatings / No Organo Metallics / Solvent Free
Econal™ will not leave any residual coatings in an engine, turbine or boiler. It is 100% soluble in fuel and once the fuel is completely transformed the result is an energetic fuel molecule that is able to deliver more oxygen to the combustion chamber or furnace, increasing combustion efficiency. Furnaces and boilers remain clear of slag buildup, reducing maintenance requirements and fuel usage while internal combustion engines stay free of deposits. Transformed fuel is easier on the diesel pumps, injectors and pintle valves, prolonging the life of vital engine components.
Safe, Non Volatile Formula
It is better to prevent waste than to treat or clean up waste after it has been created. Econal™ scores highly as a pre-emptor taking into account cost, maintenance, set-up, energy and purification aspects. The value comes from an ideal reaction. "Carbon-based liquid fuel (substrate) undergoes a reaction with (or in the presence of)inexpensive compound(s) Econal™ to give the desired superior blended fuel in 100% yield at room temperature with a minimal risk to the user and minimal impact on the environment". Econal™ is inherently safe chemistry. The catalytic formula contains no volatile compounds like sulfur, oxygen, nitrogen, Organo Metallics, or surfactants.
Combustion Efficiency
Same mechanical efficiency with less fuel burned … effective atomization in the combustion process plays a major role in fuel efficiency and emissions. Less kinetic energy is required to achieve a gas state when fuel can be finely atomized and gauged. Enhanced smaller hydrocarbon structures allow for better vaporization of fuel. Econal™ improves the gas state properties leading to higher pressure, while lowering exhaust temperature, density and viscosity. The net result is the nearly complete burn of all fuel during combustion and dramatic reduction in emissions.
Stabil Storage / -20 degree anti gel
The refinery process creates liquefied or heat-treated fuel. This is generally not considered to be stable because of the carbon and volatile compounds. Econal™ stabilizes the fuel by preventing oxidation and agglomeration. By using the power of stable six-member aromatic rings, the catalytic process deoxygenates the fuel. The stronger covalent bonds prevent deposition of sediment and molecules which often lead to sludge and equipment damage. In addition, stability prevents microbial and fungus growth. The reaction mechanism allows for one year minimum of stability in storage.